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PS2
- 使用XLINX的FPGA实现P/S2的键盘接口
wave
- 可控脉冲发生器的VHDL源代码。设计文件加载到目标器件后,按下按键开关模块的S8按键,在输出观测模块通过示波器可能观测到一个频率约为1KHZ、占空比为50 的矩形波。按下S1键或者S2键,这个矩形波的频率会发生相应的增加或者减少。按下S3键或者S4键,这个矩形波的占空比会相应的增加或减少。-Controllable pulse generator of the VHDL source code. Design documents loaded to the target device and p
3_8_decoder
- 利用CASE语句的3-8译码器,3个为数据输入,3个为控制端,分别为S1,S2,S3,输出数据为八位-Use CASE statement 3-8 decoder, three for data entry, three for the control side, namely S1, S2, S3, output data for eight
Example-s2-1
- 其中的EPLL、MY_DQ和MY_DQS模块是用Altera的IP产生器MegaWizard产生的-EPLL MY_DQ MY_DQS
CONVOLUTIONAL_INTERLEAVER
- DVB数据交织,交织深度I=12,已得到应用!-DVB data interleaving, interleaving depth I = 12, has been applied!
stopwatch
- 数字秒表的VHDL代码。当设计文件加载到目标器件后,设计的数字秒表从00-00-00开始计秒。,直到按下停止按键(按键开关S2)。数码管停止计秒。按下开始按键(按键开关S1),数码管继续进行计秒。按下复位按键(核心板上复位键)秒表从00-00-00重新开始计秒。-The VHDL code for digital stopwatch. When the design document loaded into the target device, the designed digital stop
wodewenjian
- 基于FPGA的电梯控制系统的设计 将电梯的运行状态划分为开门,一层,二层,三层,四层五个状态,设一层开门为电梯的初始状态,up1,up2,up3分别作为一层,二层,三层的上升请求,四层没有上升请求;down2,down3,down4分别作为二层,三层,四层的下降请求,同理一层是没有下降请求的;s1,s2,s3,s4分别作为一层,二层,三层,四层的停站请求;x1,x2,x3,x4分别作为一层,二层,三层,四层的停站请求显示;door作为门的状态,“0”表示关,“1”表示开;mode作为电梯的运
ledflower
- 1.跑马灯设计 设计要求:控制8个LED进行花式显示,设计4种显示模式:S0,从左到右逐个点亮LED;S1,从右到左逐个点亮LED;S2,从两边到中间逐个点亮LED;S3,从中间到两边逐个点亮LED。4种模式循环切换,复位键(rst)控制系统的运行与停止- 1. runs the lantern to design <dnt> the </dnt> design requirements: Controls 8 LED to carry on the floral f
liushuideng
- S0 从左到右依次点亮 S1从右到左依次点亮 S2从两边到中间依次点亮 S3从中间到两边依次点亮-S0 S1 lit from left to right from right to left, light from both sides to the middle order S2 S3 light turn from the middle to both sides of the light
5
- 跑马灯的设计 控制16个LED进行花式显示,设计4种显示模式:S0,从左到右逐个点亮LED;S1,从右到左逐个点亮LED;S2,从两边到中间逐个点亮LED;S3从中间到两边逐个点亮LED。4种模式循环切换,复位键控制系统的运行与停止。 输入:连续脉冲,逻辑开关;输出:LED灯。 -Marquee design for artistic control of 16 LED display, designed four kinds of display modes: S0, from
VHDL1
- 4位并行加法器,a3,a2,a1,a0,b3,b2,b1,b0,cin为输入,cout,s3,s2,s1,s0为输出-4-bit parallel adder, a3, a2, a1, a0, b3, b2, b1, b0, cin as the input, cout, s3, s2, s1, s0 as the output
jicun
- 32位32个寄存器组程序设计,用vhdl语言-module registers071221049 ( input [4:0]s1,s2, input [4:0] wd, input [31:0] data, input wre, clk, input he,hc,le,lc, output [31:0] out1, output [31:0] out2 )
my_simul
- s2 memory file written in vhdl
semafor
- This the code for 2 traffic lights. S1 is a senzor that tells when there are cars waiting and S2 says if people are waiting to cross.-This is the code for 2 traffic lights. S1 is a senzor that tells when there are cars waiting and S2 says if people a
Lantern-transform-controller
- 彩灯变换控制器,控制8个LED进行花样性显示。设计4种显示模式:s0,从左到右逐个点亮LED;s1,从右到左逐个点亮LED;s2,从两边到中间逐个点亮LED;s3,从中见到两边逐个点亮LED。-Lantern transform controller, control the pattern of 8 LED display. Design 4 display modes: s0, from left to right by-light LED s1, from right to left o
2
- 使用变量的状态机 library ieee use ieee.std_logic_1164.all ENTITY fsm2 IS PORT(clock,x : IN BIT z : OUT BIT) END fsm2 ------------------------------------------------- ARCHITECTURE using_wait OF fsm2 IS TYPE state_type IS (s0,s1,
JiaoTongDeng
- 交通灯控制器(1)用两组红、黄、绿三色灯作为两个方向的红、黄、绿灯; (2)用两组数码管作为东西和南北方向的倒计时显示,显示时间为红灯45秒、绿灯50秒、黄灯5秒; (3)按照实际红绿灯规则,使红、黄、绿灯与其显示时间对应; 发挥部分 (1)按S1键后,显示倒计时的两组数码管闪烁,且计数器停止计数并保持在原来的状态; (2)按S2键后,东西、南北路口均显示红灯状态。-Traffic Light Controller (1) with two sets of red, yell
servomat
- antidad_a EQU s0 talto EQU s1 Rename register sX with <name> tbajo EQU s2 indicador EQU s3 cantidad_b EQU S4 Define constant <name>, assign value name ROM output file generated by pBlazIDE assembler VHDL "ROM_form.vhd", "ser
led
- 定义4种模式,完成跑马灯的设计要求,达到要求的四种模式。-architecture one of led is type states is(s0,s1,s2,s3) ------- signal present :states signal q1:std_logic_vector(7 downto 0) signal count:std_logic_vector(3 downto 0)
wave
- 当设计文件加载到目标器件后,按下按键开关模块的S8按键,在输出观测模块通过示波器可能观测到一个频率约为1KHZ、占空比为50 的矩形波。按下S1键或者S2键,这个矩形波的频率会发生相应的增加或者减少。按下S3键或者S4键,这个矩形波的占空比会相应的增加或减少。-Wenn die Design-Datei in das Zielgerä t geladen ist, drücken Sie die Taste-Switch-Modul S8 Tasten, unter Berücksich